Приклади вживання Gametes Англійська мовою та їх переклад на Українською
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The new D.N.A. Sample has been multiplexed, and the gametes are already dividing.
Male gametes are produced by chytrids, diatoms and land plants, among others.
Male gametophyte is represented by 3 cells, 2 of which are gametes.
Two ray bodies(i.e., gametes) will fuse to form a zygote(Zg) which then develops into a kinete(Ki).
Like animals,plants have developed specialized male and female gametes.
Люди також перекладають
Why the most advanced organisms prefer to reproduce via gametes and not via body parts or spores?
Somatic mutation A mutation occurring in any cell of the body other than the gametes.
Some female and male gametes have a similar size and shape, while other gametes have a different size and shape.
Therefore, the mediator between the male and female gametes they do not need.
In isogamous species, the gametes are similar or identical in form, but may have separable properties and may be given other names.
For example, in the green alga, Chlamydomonas reinhardtii, there are so-called"plus" and"minus" gametes.
If one of their gametes produces diploid instead of the usual haploid, there is a chance that gamete will lead to a polyploid offspring.
As the name implies,external fertilization occurs when the male and female gametes fuse outside the body.
When these diploid gametes combine and develop into an offspring, the offspring will be tetraploid(two pairs rather than the normal one).
In many cases, however, specialization of sex has evolved such that some organisms produce only male oronly female gametes.
Anisogamy- gametes differ in size, but both types of gametes(microgamete and macrogamete) are mobile and have flagella;
Meiosis is not to be confused with gametogenesis,the formation of specialized sex cells, or gametes, from undifferentiated stem cells.
In more highly organized multicellular algae gametes are produced in special cells, which can already be considered as a sex organs.
Human nature is dualistic, that is, to carry out the functions maintain the population,requires a combination of male and female gametes.
Two haploid gametes, one from the mom, one from the dad, come together to make a diploid cell that combines the genetic material from both parents.
During the process the number of chromosomes does not decrease, unlike in meiosis,during which haploid gametes are formed from diploid cells.
Alternatively, they can produce diploid gametes and breed with one of the parent species to produce a triploid, usually sterile offspring.
Anyone more or less familiar with embryology or genetics knows that human life begins at themoment of the merger of male and female gametes.
Although both snails in a mating pair can simultaneously transfer gametes to each other(bilateral mating), this is dependent on the size difference between the partners.
Female gametes are egg cells(produced within ovaries), large immobile cells that contain the nutrients and cellular components necessary for a developing embryo.
Instead of splitting the chromosomes and putting them in separate gametes, the chromosomes remain together and end up creating diploid gametes instead of haploid gametes.
External fertilization occurs mostly in aquatic environments and requires botha male and female organism to release or broadcast gametes into their surroundings(usually water).
However, if an allopolyploid offspring produce gametes that are diploid, rather than haploid, they can breed with each other and produce a tetraploid species.
In the case of donor surrogate motherhood in the framework of the previously concluded contract bears a child,developing from a zygote derived from the gametes of the infertile couple.